The core of the solution was the cloud-based Cultivate-Agri platform, serving as a central command center established through precise plantation geolocation mapping.

It streamlined operations management by enabling digital work order creation and tracking, while its key strength lay in integrating diverse data sources – seamlessly connecting AgroAP’s satellite intelligence with Daabon’s existing agronomic measurements and historical data.

Field data collection was modernized via a mobile app, with all synthesized information presented on real-time dashboards, empowering managers with tools for effective monitoring, trend analysis, and informed decision-making.

To provide a comprehensive overhead perspective, the solution integrated AgroAP’s advanced capabilities, utilizing satellite biomass measurement with both optical sensors for surface vegetation analysis and radar sensors for structural insights beneath the canopy.

The complex data collected was processed by AgroAP’s sophisticated AI engine, specifically trained to detect subtle patterns, correlations, and anomalies related to plant health, density, and vigor across the estate.

This AI-driven analysis generated critical intelligence, which directly informed the recommendations made by the central Cultivate-Agri platform.

Translating digital insights into physical action required key field components, including strategically placed ground sensors and automated weather stations to capture real-time local conditions and validate satellite data.

Critically, specialized application monitors fitted to farm machinery enabled the controlled and precise distribution of fertilizers and soil amendments, ensuring application rates accurately matched the platform’s directives for fixed-rate, variable-rate, or differentiated management zone strategies.

For this aspect of the project, AgroAP were the primary provider of precision agriculture agronomy consulting services